1224.20 Recapitulation

1224.21 The interwave and intervolumetric behavior of the number 24 may be considered variously as follows:

• 24 A Quanta Modules per regular tetrahedron: (Tables 223.64 and 943.00; Secs. 910.11 and 942.10)

• 24 modules of regular tetrahedron as cosmic bridge between equilibrious prime number one of metaphysics and disequilibrious prime number one of physical reality (Sec. 954.51)

• 24 A and B Quanta Modules per Coupler (asymmetric octahedron): (Table 223.64; Secs. 954.10, 954.21, and 954.46)

• 24 subparticle differentiabilities of the Coupler to provide for the 2, 3, 4, 6 combinations of proton-neutron intertransformabilities and isotopic variations: (Sec. 954.22)

• 24 positive and negative basic triangles (basic equilibrium 48 LCD triangles) defined by the 25 great circles of the vector equilibrium: (Secs. 453.01 and 1052.30)

• 24 total exterior vertexes of the vector equilibrium paired to produce 12 congruent, univalent external vertexes and to describe the eight tetrahedra, all of which share a common nuclear point to function in octavalent congruence as nuclear circuitry: (Secs. 1012.11 and 1033.030)

• 24 positively integrated vectors as the implosive, external, circumferentially embracing set of the four great circles of the vector equilibrium and the 24 negatively disintegrative, internal, radially explosive set, with both sets paired at the 12 vertexes: Secs. 450.11, 537.131, 615.06, 905.55, 955.02, 1011.40, and 1052.30)

• 24 interior and exterior A Quanta Modules of the isosceles dodecahedron: (Table 943.00)

• 24 A-and-B-Quanta-Module-volume of the nucleus-embracing cube formed by applying the eight Eighth-Octahedra to the eight triangular facets of the vector equilibrium: Secs. 905.44 and 982.62)

• 24 spherical right triangles of the spherical tetrahedron’s three-way great-circle grid: (Sec. 905.51)

• 24 highest common multiple of regular-tetrahedral-volume values of all congruently symmetric polyhedra of the hierarchy of concentric, symmetrical, rationally volumed geometries occurring within the isotropic vector matrix: (Sec. 982.70)

• 24 integer series of alternately convergent-divergent sequences with 24 unique terminal suffix excesses

• in respect to the series of n² numbers as expressed by congruence in modulo-10

• which series peaks at 24 and commonly hinges at 25 to reverse descendingly again to hinge at 50 and then ascends to peak again to hinge at 75 and repeats, in this unique, three-octave, convergent-divergent, wave pulsating-propagating of harmonic themes mutingly inflected at the 25th hinge: (Sec. 1223.16)

• The 24 A or B Quanta Modules per 120 basic disequilibrium LCD triangles: (sec. 1053.36)

• The inherent subdivision of any tetrahedron, regular or irregular, into 24 equal modules: Sec. 961.44)

• The cosmic hierarchy limit of 24 active tetravolumes per each sphere- into-space and each space-into-sphere intertransforming of the complex of jitterbugs: (Sec. 1033.20)

• The 24 S Quanta Modules of the icosa-octa interrelationship within the four-frequency tetrahedron: (Sec. 988)

• The five sets of 24 each of the T or E Quanta Modules of the rhombic triacontahedron.